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241kWh-964kWh Microgrid Air Cooling Scalable Battery Energy Storage System

241kWh-964kWh Microgrid Air Cooling Scalable Battery Energy Storage System
Details:
241kWh-964kWh Outdoor Cabinet BESS,All-in-One Commercial & Industrial Energy Storage System:
Configuration to 4 Battery Cabinets Parallel
Scalability: Modular Design up to 1MWh+
Environment: Reliable at 4000m Altitude & -20°C~55°C
Protection:IP54 Outdoor Rated + Aerosol Fire Suppression
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Description
Technical Parameters

 

 

241kWh-964kWh Outdoor Cabinet BESS

 

Polinovel 241kWh-964kWh Outdoor Cabinet BESS is a turnkey, all-in-one commercial and industrial energy storage solution. Built with premium Grade-A LiFePO4 cells and smart air cooling technology, this system delivers reliable power for C&I applications while supporting grid peak shaving, load shifting, and emergency backup functions.

The modular cabinet design allows seamless scalability-from a 241kWh pilot installation to a nearly 1MWh industrial microgrid. Simply connect additional cabinets in parallel to meet your evolving energy demands without system redesign.

System Capacity

241-964kWh

Rated Power

100-250kW

Battery Tech 

314Ah LFP

Thermal Management

Air Cooling

 

 

241kWh-964kWh-Microgrid-Air-Cooling-Scalable-Battery-Energy-Storage-System

 

Why Choose This System?

 

Flexible Capacity Scaling

Modular battery cabinets scale system capacity from 241 kWh to 964 kWh, allowing you to expand energy storage quickly as microgrid demand increases.

Uninterrupted Power Continuity

Seamless mode switching ensures continuous power supply for critical loads, minimizing downtime and improving overall system resilience.

Stable Air-Cooled Operation

Air-cooled thermal management maintains balanced temperatures, supports wide environmental conditions, and ensures long-term stable performance.

Comprehensive System Protection

Built-in electrical protection, smart monitoring, and active safety mechanisms safeguard equipment and ensure secure daily operation.

Maximize Energy Utilization

Supports multiple simultaneous energy inputs, enabling efficient coordination of PV, grid, and battery power for optimized microgrid operation.

Reduce System-Level Risk

Separate AC and DC cabinet design prevents fault propagation, reducing system-level risk and enhancing operational reliability.

 

 

Application Scenarios

Zero-Carbon Factories

Achieve "self-generation & self-consumption" by combining rooftop solar with 964kWh storage.

 

Peak Shaving & Arbitrage

Charge during off-peak hours and discharge during peaks to reduce factory electricity costs by 20-40%.

 

Mining & High-Altitude Sites

Specially engineered for altitudes up to 4000m and rugged environments with IP54 protection.

Islands & Remote Microgrids

Replace expensive diesel power with "Solar + Storage" for 24/7 stable energy in remote areas.

 

EV Charging Stations

Buffer grid capacity constraints for fast-charging stations, avoiding costly transformer upgrades.

 

Hospitals & Data Hubs

Ensure continuous operation during grid failures with millisecond-level switching to "Island Mode."

 

 

 

 

 

Next-Gen 314Ah LFP Technology

Our CBS series utilizes the latest 314Ah high-capacity cells, delivering superior energy density than traditional 280Ah systems. With 6,000+ deep cycles, it ensures a 15-year operational lifespan and a lower Levelized Cost of Storage (LCOS).

Next-Gen 314Ah LFP Technology

 

Built For Extremes (4000m Altitude)

Built for Extremes (4000m Altitude)

Engineered for the toughest environments, our BESS operates reliably from -20°C to +55°C. The Smart HVAC Air Cooling system maintains optimal battery temperature even in deserts, highlands, or tropical regions.

 

 

 

 

Specification

 

Model
CBS241 CBS482 CBS723 CBS964
Application
Microgrid
Battery Cabinet Parameters
Cell Type
LFP 3.2V/314Ah
Battery Module
20S1P/20.096kWh
System Configuration
240S1P
Rated Voltage
768V
Voltage Range
648~864V
Charge/Discharge Rate
0.5P
Cycle Life
6000
Ingress Protection
IP54
Weight
2.4T
Dimensions(W*D*H)
1105*1475*2000mm
Qty of Battery Cabinets in Parallel
1 2 3 4
System Energy
241.15kWh
482.30kWh
723.45kWh
964.60kWh
Mircogrid Cabinet Parameters
Photovoltaic Parameters
Maximum Input Power
120kW/180kW/240kW
120kW/180kW/240kW
120kW/180kW/240kW
300kW/360kW
Operating Voltage Range
250~640V
Qty. of MPPT
2/3/4
2/3/4
2/3/4
5/6
AC Output Parameters
Rated Power
100kW
150kW
150kW
250kW
Rated Voltage
400V
Rated Current
144A
216A
216A
361A
Operating Frequency
50Hz/60Hz
Power Factor
1Leading~1Lagging
General Parameters
Ingress Protection
IP20
Max. Parallel Units (Off-Grid)
4
Weight
1.12T/1.15T/1.18T
1.25T/1.28T/1.31T
1.25T/1.28T/1.31T
1.98T/2.01T
Dimensions(W*D*H)
1200*800*2050mm
1200*800*2050mm
1200*800*2050mm
600*720*2050mm
1200*800*2050mm
System Parameters
System Efficiency
86%
Thermal Management
Air-cooled
Fire Protection System
Aerosol/Perfluorohexanone
Operating Temperature
-20~+55℃ (>45℃ Derating)
Operating Humidity
0~95% (Non-condensing)
Operating Noise
≤75 dB(A) @3 m
Max. Operating Altitude
4000m (>2000m Derating)
Communication Method
Ethernet
Certification Standards
UN38.3,MSDS,IEC 62619,EN 62477,EN IEC 61000-6-2/4,
EN 62109-1/2,G99,EN 50549-1,NRS 097-2-1,IEC 62116/IEC 61727,IEC 61683

 

Listed by Leading Inverter Brands

Our batteries are officially listed as compatible by several globally recognized inverter manufacturers. Each product has undergone rigorous testing and validation to ensure seamless communication, reliable operation, and full compatibility across diverse inverter platforms.

 

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goodwe
growatt
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STUDER-INVERTER1

 

 

 

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Smarter Energy, Stronger Operations.

Polinovel delivers high-performance energy storage solutions to strengthen your operations against power disruptions, lower electricity costs through intelligent peak management, and deliver sustainable, future-ready power.